PINPOINT APRS REGISTRATION
Registration covers both UI-View(16) and UI-View32. Some of the IGATE functionality is disabled. An unregistered copy is almost fully functional.
PINPOINT APRS 32 BIT
The 16 bit version will work on Windows 3.1 as well as on 32 bit versions of Windows,īut most people should use UI-View32. (sometimes referred to as UI-View16), and UI-View32.
There are two versions of UI-View, the original UI-View With open architecture, UI-View is designed to make it easy for software authors to writeĪdd-on applications that provide additional functionality. Precision Mapping 8 could use PMapServer 7. Their version 7 is also supported by PMapServer7 modified by Bill Diaz KC9XG. Undertow Software's Precision Mapping CD atlas version 5 or 6, allowing you to zoom to street level anywhere
PINPOINT APRS FULL
Also, the 32 bit version has full support for Settings, and has full support for connecting to APRS servers on the Internet and running as an IGate or Internet Gateway. It can run as a full-featured internal intelligent digipeater with the TNC in KISS mode,Īnd with modification to the UI-View2.INI file, supports the new WIDEn-N The host mode support means that UI-View can be used with a wide range of packet hardware and allows up to 16 RF ports to be used. Of it used in the SCS PTC-II and PTC-IIe. The 32 bit version of UI-View also supports WA8DED/TF host mode, and the variant UI-View also supports TNCs in KISS mode, AGWPE host This application differs from most APRS software in that it isn'tĭesigned just to be used with TNCs in terminal mode. UI-View is an APRS client that runs on Windows. They're attached using a RAM track and mount system which is rock solid.UI-View32, written by by Roger Barker G4IDE SK, is a 32-bit Windows APRS program. Center is the D710 faceplate, and right is the Galaxy S6 in the juggernaut case and wireless charger.
PINPOINT APRS ANDROID
It runs android auto for music, phone, and google maps. The phone mount on the left is for my regular cell phone which was used to take the picture. Here's a current pic of how I have the truck set up. That would allow a more private location sharing than blasting my callsign and location out on 144.390 for everyone with an internet connection to see where I am. My next experiment is going to be trying to push APRS packets on a different frequency for a simplex-only APRS mesh network. The screen uses a lot of battery power so a charging source is very useful. This is nice because the data cable uses the USB port so the phone can't be charged through that port. The juggernaut case is cool not only because its ruggedized and allows me to dismount the phone as a handheld GPS, it also interfaces with their wireless charging vehicle mount. The beauty of this is it doesn't require a cell signal so I can use it in true backcountry areas, or for stations that aren't transmitting to an i-gate. Every APRS packet that my radio receives gets routed through and shows up as an icon on the map so I can see real time where that station is. BCN Pro supports a bunch of different map overlays to include satellite imagery as well. I used a wifi connection to download a bunch of topo map coverage onto the phone. Backcountry Navigator Pro has a function that takes APRSdroid packets and displays them on the map.
APRSdroid is configured to receive the NMEA packets from the USB port. The USB-K5G programming cable connects to that COM port and on the other end has a USB-A to USB-C converter that plugs into the Galaxy S6. I configured the radio to output any received APRS packets through the COM port on the faceplate in NMEA format. The phone is basically just a screen to display the map and station locations. The D710 is doing all the APRS and GPS work with the internal GPS and TNC. I know aprs.fi does this and APRSdroid can do it, but both of those require an internet connection. I got my rig set up to overlay APRS stations on a map.
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